Weidas supplies outdoor camouflage tape waterproof cotton cloth-based hunting hunting camouflage tape

Outdoor camouflage tape waterproof cotton cloth-based hunting hunting camouflage tape
Specifications: width, full length, meter or meter specifications
Material: pure cotton cloth-based rubber
This product is not like ordinary cloth-based Like tape, it relies on toughness and conformability to fix the decoration.
If the glue is thicker, it will not be able to be pulled apart and will penetrate the surface of the cloth. The viscosity reaches the national standard steel ball.
Introduction
It is practical, simple and widely used. It is highly sticky and easy to tear to avoid leaving scratches. Protect outdoor or individual soldier equipment to reduce dust
Chemical liquids and other damage to equipment, or improve anti-slip performance by wrapping on weapon accessories, flashlights, telescopes, knives, etc.,
Pure cotton material is used for outdoor first aid bandaging to stop bleeding.
, reduce glare and reduce sound operation, multiple camouflage options for good concealment
, excellent insulation and waterproofness
Nanocarbon aluminum foil tape Nanocarbon copper foil heat sink
Nanocarbon aluminum foil heat sink The sheet is an advanced nanocarbon composite material with high thermal conductivity and high flexibility
Like the nanocarbon copper foil, the nanocarbon material is evenly coated on the aluminum metal substrate, and the heat conduction is carried out by high thermal conductivity.
Using the high thermal radiation efficiency of carbon atoms, the thermal energy is converted into infrared radio frequency to deliver heat dissipation efficiency. It has high thermal conductivity and high thermal radiation efficiency.
Change thermal infrared radio frequency, communication cooling efficiency. But aluminum foil costs less than copper foil.
Currently, the thermal conductive films used in mobile phones on the market are graphite thermal conductive films, but the heat dissipation effect of natural graphite thermal conductive films is average.
The cost of synthetic graphite films is high and difficult to cut.
Nanocarbon and graphite are allotropes, and their heat dissipation principles are similar. Generally, the heat dissipation power of natural graphite is around 10%, and that of artificial graphite.
The heat dissipation power of nanocarbon is still very effective in heat dissipation. At the same time, the nanocarbon heat dissipation film is already a finished product, and the processing only requires mold opening and punching. The processing process is very simple and the cost is low.
Nanocarbon aluminum foil heat sink, which is composed of aluminum and rare earth elements, has three layers in total: thermal radiation layer, aluminum alloy layer, thermal conductive adhesive layer
Good flexibility, easy processability, electromagnetic shielding and absorption to protect sensitive electronic parts Comply with R standards, flammability rated
Temperature performance Can be die-cut into customized shapes Super radiant heat dissipation, ultra-thin, environmentally friendly, insulated top and bottom.
The cost has great advantages over artificial graphite, and it does not require edge wrapping, which can significantly reduce construction costs. Effectively reduce material loss,
At the same time, because we have processed the resin of the heat radiation layer, it has countless small and uniform hill-like protruding surfaces, which can effectively increase the heat radiation exchange area,< br/> Better heat dissipation effect.